In this study, influences of fuel variation and inlet air temperature on the combustion stability
characteristics in a gas turbine model combustor were experimentally investigated. Test …

Recent experimental works have shown that the global equivalence ratio defining lean blow-
out (LBO) in model gas turbine combustors correlates with the derived cetane number …

Atomization, vaporization, turbulent mixing, and the chemical kinetics of a liquid fuel impact
the combustion efficiency, stability, and emissions within IC engines. When fuels with …

This paper describes an analysis of the near-lean blow off (LBO) dynamics of spray flames,
including the influence of fuel composition upon these dynamics. It is motivated by the fact …

This paper describes results from an experimental study on influences of liquid fuel
properties on lean blowout (LBO) limits in an aero-type combustor. In particular, this work …

The influence of selected single-component hydrocarbons on lean blowout behavior of swirl-
stabilized spray flames was investigated. Additional information on the spray characteristics …

This study focuses on the effect of a nanosecond pulsed plasma on flame stabilization in a
model gas turbine dump combustor with an annular swirling flow. Contrary to the common …

This paper investigates the influence of liquid jet fuel properties on flame lean blowout (LBO)
using an annular coflow spray burner. This behavior has been studied before; however …

Flame stability significantly influences the performance of a practical combustor. The
mechanisms governing the stability limits of spray jet flames are examined here using an …

Abstract The occurrence of Lean Blowout (LBO) is a disadvantage that endangers a stable
operation of gas turbines. A determination of LBO limits is essential in the design of gas …